Good notes on wire models in digital circuits

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SUMMARY

This discussion focuses on the challenges faced by students in digital integrated electronics, specifically regarding wire models in digital circuits. Key topics include comparing the input capacitance of MOSFETs to wires, calculating RC time loss in wires, and power distribution on a 64-bit RAM chip. The participants emphasize the need for precise definitions and formulas to address these complex queries, as there is no universal solution applicable to all scenarios.

PREREQUISITES
  • Understanding of MOSFET input capacitance
  • Knowledge of RC time constant calculations
  • Familiarity with power distribution in digital circuits
  • Basic principles of digital integrated electronics
NEXT STEPS
  • Research MOSFET input capacitance variations based on wire length and thickness
  • Study RC time constant calculations for different wire types and configurations
  • Explore power distribution techniques for 64-bit RAM chips
  • Learn about the impact of wire resistance on signal integrity
USEFUL FOR

Students in digital integrated electronics, electrical engineers, and anyone involved in designing or analyzing digital circuits and their performance metrics.

asdfmosin
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Hello everyone.
I'm trying to do a homework in digital integrated electronics class and feel like I can finish it only if I had a good set of notes.
I have problems like comparing the input capacitance of a Mosfet to a wire of certain length, getting RC time loss in a wire, power distribution calculations on a 64bit ram chip.
Now I'm not asking for the solutions, but a good set of notes which cover these topics. So far my book is useless and the prof notes (like always) are too simplistic.

Thank You!
 
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hi there

your queries are not really answerable as they are just too vague.

eg. EVERY MOSFET is going to have a different input capacitance and how much a
given length of wire or circuit track and their thicknesses will affect the capacitance, is going vary greatly

"getting RC time loss in a wire" --- that as it stands, is like asking "how long is a piece of string (wire)" ... as long as you want it to be
the question is meaningless without a few definitions the least of which would be the length and diameter of the wire, its resistance in Ohms / metre etc

I'm sure there's formula for wourking out much of what you are asking. and you would have to use those formulae for each and every situation you work with.
There won't be a "1 answer fits all"

cheers
Dave
 

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